CN2606263Y - Oil gas burning cylinder - Google Patents
Oil gas burning cylinder Download PDFInfo
- Publication number
- CN2606263Y CN2606263Y CN 02220362 CN02220362U CN2606263Y CN 2606263 Y CN2606263 Y CN 2606263Y CN 02220362 CN02220362 CN 02220362 CN 02220362 U CN02220362 U CN 02220362U CN 2606263 Y CN2606263 Y CN 2606263Y
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- gas
- oil
- making body
- gas making
- liquid level
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- Expired - Fee Related
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Abstract
The utility model relates to an oil gas burning cylinder, which is characterized in that the gas-production mechanism comprises a gas-production pipe, an air conduit, an air exposure pipe and an oil charging mechanism. The gas-production mechanism is cylindrical and the oil charging mechanism adopts the bypass of fluid level of floating ball. The cylindrical gas-production mechanism of the utility model stabilizes the production of the atomized gas. Compared with the prior oil gas burning tank, the utility model reduces a plurality of parts, thereby saving the raw materials and lowering the production cost.
Description
Technical field
The utility model relates to a kind of oil gas combustion barrel, exactly be the liquid oil product that utilizes ethers with gas do to mix gasify with modulation after, the metal can that uses its oil gas to act as a fuel.
Background technology
At present, common fuel method of supplying can be divided into two kinds: the natural gas of one for being supplied by exterior line, second it is general more common gas cylinder.The natural gas of being supplied by pipeline is limited because of the laying that is subjected to pipeline, can't be effectively universal immediately, so people's majority also is to use gas cylinder.But, the problem of using gas cylinder to exist be easily produce in the handling process dangerous, easily cause and poison and the use cost height.People have invented and have a kind ofly utilized the stirring of gas and other oils to make its oils present the gasification shape for this reason, and then reach the purpose that it supplies with fuel.The weak point that the folding rabbling mechanism exists in the said apparatus is: at first, directly utilize rabbling mechanism in propellant bottle, to stir, be easy to generate its oil product and gas after stirring, oil temperature is subjected to the influence of its gas endothermic effect and oil temperature descends, when the oil product temperature is reduced to a certain degree, just cause the consequence that is difficult for gasification easily, and then the serious disappearance on the formation oil gas quality, with regard to regard to the scorching fluid-like state oil product of modal ether, when if it is stirred the back temperature when normal temperature drops to 13～15 ℃, just can't produce good gasification effect again, and lose its original function, cause its oil gas can't stablize supply more thus.
Summary of the invention
The utility model improves the rabbling mechanism of oil gas combustion barrel, and providing a kind of can control the oil gas quality, realizes constant temperature, quantitatively stirs, the good oil gas combustion barrel of oil gas quality of the burning of guaranteeing supply.
Concrete technical scheme is as follows:
The oil gas combustion barrel comprises staving 3, pedestal 23, switching mechanism and gas making mechanism, it is characterized in that:
Described gas making mechanism comprises gas making body 14, air conduit 31, aeration tube 15 and oil-feed mechanism 25; Gas making body 14 is located on the base plate 37 between staving and the pedestal, and its top is provided with oil gas delivery outlet 18, and aeration tube 15 is located at gas making body 14 inner bottom parts; Air conduit 31 is vertical in the gas making body 14, and its lower port extends to outside the gas making body 14, and its port is provided with gas distributing valve 39, and gas distributing valve 39 is communicated with air compressor machine by wireway; Deliver to the air at gas making body 14 tops and the liquid mist formula gas at this place carries out mixed once again through air conduit 31, guarantee that the oil gas mixing ratio rate reaches good instructions for use.Oil-feed mechanism 25 is located at gas making body 14 inner bottom parts one side.
Described oil-feed mechanism comprises oil inlet pipe 31, ball float 26 and bypass oil pipe 30; One end of oil inlet pipe 31 is an oil-in, and the other end is an oil-out, and into and out of being liquid level chamber 36 between the hydraulic fluid port, ball float 26 is positioned at liquid level chamber 36, and bypass oil pipe 30 is located at a side of liquid level chamber 36, and its upper and lower port is communicated with liquid level chamber 36 respectively.The liquid level amount in the gas making body 14 can be effectively controlled in the setting of this mechanism, realizes that the oil mass in the gas making body 14 can be replenished and the quantitative purpose of maintenance automatically.
The clamping plate type that the sidewall of gas making body 14 is made up of inside and outside sidewall is provided with insulation material between its inside and outside sidewall.
Be provided with three filter screens 29 in the gas making body 14 from the bottom to top successively, the bottom filter screen is 100 orders, and the middle part filter screen is 50 orders, and upper sieve is 300 orders.The granular gas that produces in the gas making body varies in size, the locality granular gas but may can merge again and becomes bigger bubble pockets, the effect of filter screen is, the structure of bubble pockets is destroyed and integrated, integration through three various objectives filter screens, having prolonged the bubble particles capsule has soak time, and gasification degree is improved.
The gas making body 14 sidewall outer surfaces of base plate 37 bottoms are provided with electric heating piece 20 and adiabator layer successively.Gas making body 14 bottoms are respectively equipped with excess temperature detector 12 and temperature detector 22.The effect be when predict gas making body 14 temperature be lower than preset temperature a little the time, control module 6 starting electric heating piece 20 is heated to it, and when oily temperature reached predetermined temperature, excess temperature detector 12 will replace its effect automatically, and positive closing control module 6 stops heating.
The utility model is the improvement on crude oil gas firing tank base, former gas making mechanism is a catheter type, gas making mechanism after the improvement is a straight barrel type, its advantage is: one, the interior pressure of interior pressure in the catheter type gas making body and oil storage cylindrical shell must can be reached equilibrium-like the long period, and the interior pressure of gas making body of the present utility model and oil storage cylindrical shell can reach equilibrium-like at any time, makes gases used stability better; Two, the interior pressure that can be a bit larger tham the oil storage cylindrical shell because of the interior pressure in the catheter type gas making body, so the liquid mist formula gas in the gas making body can be because of by concentrating conduit to cause the raising of oil product humidity, and gas making mechanism design of the present utility model will significantly be improved this kind situation; Three, adopt straight barrel type gas making mechanism, make oil gas and Air mixing degree more abundant.
The utility model embeds insulation material between the inside and outside wall of gas making body, and be provided with heating arrangements in the bottom, has guaranteed the basicly stable of liquid in the gas making body and gas temperature.
The utility model adopts straight barrel type gas making mechanism, makes the generation of liquid mist formula gas more stable, compares with crude oil gas firing jar and has reduced some parts, has saved raw material, has reduced production cost.
Description of drawings
Fig. 1 is the utility model structural representation,
Fig. 2 is a gas making body mechanism enlarged diagram among Fig. 1,
Fig. 3 is oil-feed mechanism enlarged diagram in the gas making body.
The specific embodiment
Below in conjunction with accompanying drawing, the utility model is further described by embodiment.
The concrete structure of this oil gas combustion barrel comprises staving 3, pedestal 23, switching mechanism and gas making mechanism referring to Fig. 1, Fig. 2, Fig. 3.
Being provided with in the staving 3 can be for the oil plant rest area 34 of placing oil plant, and staving 3 tops are provided with a gas discharge hole 1, and liquid mist filter screen 2 is equipped with at gas discharge hole 1 place, the switch of switch 35 control gas discharge holes 1.Staving 3 tops one side has fuel inlet 10.
One gas making mechanism is installed in the staving 3, and the gas making body 14 of gas making mechanism forms a complex structure with staving 3, sees Fig. 1.
Gas making mechanism comprises gas making body 14, air conduit 31, aeration tube 15 and oil-feed mechanism 25, sees Fig. 2.Gas making body 14 is installed on the base plate 37 between staving 3 and the pedestal 23, and oil gas delivery outlet 18 is equipped with at its top, and aeration tube 15 is installed in gas making body 14 inner bottom parts.Air conduit 31 is vertically mounted in the gas making body 14, and its lower port extends to outside the gas making body 14, and gas distributing valve 39 is housed on its lower port, and gas distributing valve 39 is communicated with by the non-return valve 16 of wireway with air compressor machine 9 exits; What air compressor machine provided delivers to the air at gas making body 14 tops and the liquid mist formula gas at this place carries out mixed once again through air conduit 31, guarantees that the oil gas mixing ratio rate reaches good instructions for use.Oil-feed mechanism 25 is installed in gas making body 14 inner bottom parts one side.
A side is installed with liquid level detecting device 5 on staving 3 inner bottom platings 37, and excess oil amounts in the oil plant rest area 34 what are used to detect.
The clamping plate type that the sidewall of gas making body 14 is made up of madial wall 40 and lateral wall 19 is equipped with insulation material 41 between its madial wall 40 and the lateral wall 19.
Three filter screens 29 are installed in the gas making body 14 from the bottom to top successively, and the bottom filter screen is 100 orders, and the middle part filter screen is 50 orders, and upper sieve is 300 orders.The granular gas that produces in gas making body 14 varies in size, these standards, excessive bubble pockets, at first through bottom 100 purpose filter screens, remake the structural destruction and the integration of a bubble pockets, and reduction has formed tiny bubble pockets, this bubble pockets produces adhesion effect with filter screen again again, promptly prolongs the soak time and the gasification degree of bubble particles capsule.Then liquid mist formula gas vesicle shifts to the middle region 33 of gas making body again, through 50 mesh filter screens, after doing the fluid and the processing of humidity first of first filtration saturability bubble pockets, that continues to shift to gas making body top goes out gas area 17, again through 300 mesh filter screens, the filtration saturated gas of doing lastness is handled with the humidity of property for the second time, at last again by oil gas delivery outlet 18 places export to deposit in the staving 3 standby.
The gas making body 14 sidewall outer surfaces of base plate 37 bottoms are equipped with electric heating piece 20 and insulation material 41 successively.Gas making body 14 bottoms are equipped with excess temperature detector 12 and temperature detector 22 respectively.The effect be when predict gas making body 14 temperature be lower than preset temperature a little the time, control module 6 starting electric heating piece 20 is heated to it, and when oily temperature reached predetermined temperature, excess temperature detector 12 will replace its effect automatically, and positive closing control module 6 stops heating.
The oil-feed mechanism of gas making body 14 inner bottom parts one side comprises oil inlet pipe 13, ball float 26 and bypass oil pipe 30, sees Fig. 3.One end of oil inlet pipe 13 is an oil-in 28, is provided with filter screen 4 in the oil-in 28, and the other end is an oil-out 27, be liquid level chamber 36 between oil-in 28 and the oil-out 27, ball float 26 is positioned at liquid level chamber 36, and bypass oil pipe 30 is positioned at a side of liquid level chamber 36, and its upper and lower port is communicated with liquid level chamber 36 respectively.Oil plant injects oil plant rest area 34 by fuel inlet 10, then the filter screen 29 through oil-feed mechanism enters liquid level chamber 36 by oil-in 28, again through entering in the gas making chamber 38 by bypass oil pipe 30, when ball float 26 risings are positioned at 36 upper ends, liquid level chamber, stop oil-feed, the liquid level amount in the gas making body 14 can be effectively controlled in the setting of this mechanism, realizes that the oil mass in the gas making body 14 can be replenished and the quantitative purpose of maintenance automatically.
As seen from Figure 1, air compressor machine unit 9 mainly comprises air cleaner 7, aqueous vapor filter 8 and air compressor machine.When this oil gas combustion barrel is started working, atmospheric air by behind air cleaner 7 and the aqueous vapor filter 8, is inhaled in the air compressor machine 9, compressed generation gases at high pressure are delivered to non-return valve 16 by appendix.
After non-return valve 16 is opened, divide two-way to carry the one road: directly behind aeration tube 15, to enter in the gas making body 14, mix with liquid oil product and gasification, and then produce the oiliness gas of high concentration.Its another road: after gas distributing valve 39 modulation, enter in the blender arm 24, import gas making bodys 14 tops through air conduit 31 and air outlet 32 again, with to enter staving 3 after oiliness liquid mist formula gas that gas making chamber districts 38 in the gas making body 14 are generated mixes interior standby.
The concrete working condition of air compressor machine unit is such: when aerogenesis staving 3 under atmospheric pressure state, hydraulic coupling switch 21 activates control module 6 earlier, at this moment, control module 6 will be exported a signal, make the work of air compressor machine unit, when operating pressure reaches the preset, when its liquid internal pressure also can reach certain numerical value, at this moment, hydraulic coupling switch 21 will activate control module 6 outputs one signal once more, make the air compressor machine unit stop action, so repeat this course of work.
When working because of the air compressor machine unit, liquid oil product quantitative in its gas making body 14 can produce violent endothermic effect with contacting of gas of input, this moment, the temperature of oil product was tending towards continuing to descend, and then had influence on the gasification degree and the quality of its oil product, so heating arrangements is equipped with in gas making body 14 bottoms.
In order to guarantee the trouble free service of heating arrangements, so excess temperature detector 12 is installed in gas making body 14 bottoms, and the maximum prefetch of a little higher than temperature detecting device that the preset value of excess temperature detector 12 its temperature sensors is set is established temperature value, so when the temperature detecting device lost efficacy, safeties excess temperature detector 12 will replace its effect automatically, and positive closing control module 6 and stop the everything of whole oil gas burner so reaches the purpose of safe handling.
The drainage valve port 11 of gas making body 14 bottoms, its major function is to take precautions against the input gas of the district 38, gas making chamber of gas making body 14 because of chronicity, caused aqueous vapor reaction, thus bottom be provided with a water detecting device 42 again, again by its switch motion of command driven of control module 6.When water detecting device 42 detects the moisture content that is produced after gas making body 14 internal cause extraneous airs add, by control module 6 output signals, valve port 11 unlatchings are drained in control, and the moisture content in the gas making body 14 are discharged; Or when oil quality is not good, also can emit internal liquid by it.
Claims (6)
1, oil gas combustion barrel comprises staving (3), pedestal (23), switching mechanism and gas making mechanism, it is characterized in that:
Described gas making mechanism comprises gas making body (14), air conduit (31), aeration tube (15) and oil-feed mechanism (25); Gas making body (14) is located on the base plate (37) between staving and the pedestal, and its top is provided with oil gas delivery outlet (18), and aeration tube (15) is located at gas making body (14) inner bottom part; Air conduit (31) is vertical in the gas making body (14), and its lower port extends to outside the gas making body (14), and its port is provided with gas distributing valve (39), and gas distributing valve (39) is communicated with air compressor machine by wireway; Oil-feed mechanism (25) is located at gas making body (14) inner bottom part one side.
2, oil gas combustion barrel according to claim 1 is characterized in that: described oil-feed mechanism comprises oil inlet pipe (31), ball float (26) and bypass oil pipe (30); One end of oil inlet pipe (31) is an oil-in, the other end is an oil-out, and into and out of between the hydraulic fluid port being liquid level chamber (36), ball float (26) is positioned at liquid level chamber (36), bypass oil pipe (30) is located at a side of liquid level chamber (36), and its upper and lower port is communicated with liquid level chamber (36) respectively.
3, according to claim 1 and 2 described oil gas combustion barrels, it is characterized in that: the clamping plate type that the sidewall of gas making body (14) is made up of inside and outside sidewall is provided with insulation material between its inside and outside sidewall.
4, according to claim 1 and 2 described oil gas combustion barrels, it is characterized in that: be provided with three filter screens (29) in the gas making body (14) from the bottom to top successively, the bottom filter screen is 100 orders, and the middle part filter screen is 50 orders, and upper sieve is 300 orders.
5, according to claim 1 and 2 described oil gas combustion barrels, it is characterized in that: gas making body (14) the sidewall outer surface of base plate (37) bottom is provided with electric heating piece (20) and adiabator layer successively.
6, according to claim 1 and 2 described oil gas combustion barrels, it is characterized in that: gas making body (14) bottom is respectively equipped with drains valve port (11), excess temperature detector (12), temperature detector (22), water detecting device (42).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 02220362 CN2606263Y (en) | 2002-04-29 | 2002-04-29 | Oil gas burning cylinder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 02220362 CN2606263Y (en) | 2002-04-29 | 2002-04-29 | Oil gas burning cylinder |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2606263Y true CN2606263Y (en) | 2004-03-10 |
Family
ID=34148984
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 02220362 Expired - Fee Related CN2606263Y (en) | 2002-04-29 | 2002-04-29 | Oil gas burning cylinder |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2606263Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106287197A (en) * | 2015-05-22 | 2017-01-04 | 徐蕾 | Separate liquid fuel gasification steel cylinder device |
-
2002
- 2002-04-29 CN CN 02220362 patent/CN2606263Y/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106287197A (en) * | 2015-05-22 | 2017-01-04 | 徐蕾 | Separate liquid fuel gasification steel cylinder device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |